Fairchild Semiconductor Product Catalog · Fairchild Semiconductor Product Catalog ... Design...

Analog & Mixed Signal

Discrete Power

Interface & Logic

Microcontrollers

Optoelectronics

RF Power

Fairchild Semiconductor Product CatalogRev. 1

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www.fairchildsemi.com

ii

Product Selector Guides

Fairchild Semiconductor, The Power Franchise®

Packaging Information

Analog and Mixed Signal Products 1-1

2-1

3-1

4-1

5-1

7-1

Ordering Guides8-1

Design Center9-1

Quality Statement10-1

Alphanumeric Index11-1

Discrete Power Products

Interface and Logic Products

Microcontroller Products

Optoelectronic Products

6-1RF Power Products

Front Matter.fm Page ii Monday, August 2, 2004 10:09 AM


iii

Company Information

Fairchild Semiconductor is the leading global supplier of high performance products that optimize power. Our power semiconductor solutions address the world’s growing power requirements driven by an increased demand for higher performance and more efficient electronics. We offer the broadest portfolio of products that reduce power consumption while enabling longer battery life and reduced size and weight.

Fairchild is The Power Franchise

®

, supplying power semiconductors to the consumer, industrial, ultra-portable, communications, and automotive market segments. Fairchild provides the Global Power Resource™—a complete power design source that includes Power Systems Laboratories located worldwide, technical expertise, and online resources that address designers’ specific application needs.


products include Power Management, Analog Signal Processing and Data Conversion ICs. Fairchild is driving continued innovation and portfolio expansion in product areas ranging from Off-Line Switchers, DC/DC converters, PFC and PWM controllers, Battery Management, Data Converters (A/D and D/A) and Video ICs to LDOs, System management & Supervision, LCD back light drive ICs, Electronic ballast ICs, Motor ICs and Amplifiers. Fairchild also offers Microcontrollers and Application Specific Standard Products (ASSP).

Fairchild’s

Discrete Power

portfolio is one of the industry’s broadest, and includes leading edge SuperFET™, UltraFET

®

, PowerTrench

®

and QFET

®

MOSFETs, Bipolar Transistors, IGBTs, Schottky, Ultrafast, HyperFast and Stealth™ Diode, and SPM™ (Smart Power Module). Fairchild’s extensive discrete packaging includes advanced small package solutions with the advantages of superior size, low package height, and excellent thermal and electrical performance.

Interface & Logic

products include LVDS, GTLP, Universal Serial Bus, DIMM and 1284 standard products. Interface & Logic is also comprised of logic level translator products, TinyLogic

®

products, low voltage products, analog switches, bus switches and standard logic products. Fairchild’s packaging solutions range from space saving MicroPak™ and DQFN packaging, to high pin count QVSOP and BGA packaging.

Optoelectronic

products include optocouplers, Solid State Relays, LED lamps and displays, and infrared components. Fairchild’s portfolio of industry standard and application specific devices features a variety of advanced solutions including a full-color spectrum of low power and high brightness SMD LEDs, infrared variable sensing, mini-flat packages, surface-mount LEDs and infrared, Solid State Relays and isolated error amplifiers. A complete set of safety approval certifications are available for optocoupler products.

RF

products provides RF power amplifier solutions for wireless communication systems like Wi-Fi™, CDMA and WCDMA cellular handsets. RF packaging solutions include advanced small package options with a small footprint, low package profile and superior thermal and electrical performance.

Fairchild employs 9,000 people worldwide and is headquartered in South Portland, Maine. Additional U.S. design and manufacturing facilities are located in California, Pennsylvania, Colorado and Utah with manufacturing, assembly and test sites in Malaysia, Singapore, the Philippines, China and South Korea.

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The Power Franchise

®

AC/DC ConversionBattery Charger SupportDiodesFairchild Power SwitchesIGBTsMOSFETsOptically Isolated Error

AmplifiersOptocouplersPFC/PWM CombinationsPower Factor CorrectionPWM and Phase

Modulation ControllersRectifiersVoltage References

Battery ManagementMicrocontrollersBattery ChargersDiodesMOSFETsOptically Isolated Error

AmplifiersOptocouplersRectifiersTemperature Sensors

DC/DC ConversionDC Boost ConvertersDC/DC Conversion ICsDiodesLinear RegulatorsMOSFETsOptically Isolated Error

AmplifiersOptocouplersRectifiers

Monitoring/SupervisoryMicrocontrollersSupervisory CircuitsTemperature SensorsVoltage Detectors

Other Power ApplicationsBallast ControllersGround Fault InterruptIGBTsMOSFETsMotor Drivers/ControllersMultiplexer/Register for

Microprocessor VIDSolid State RelaysSupervisory ICsTransistorsTRIAC Optocouplers

ADCsAmplifiersAnalog SwitchesComparatorsMultipliersOptocouplers

TimersVideo ProcessorsVoltage ReferencesVoltage to Frequency

Converters

1284 TransceiversAdvanced LogicBus SwitchesGTLPLow Voltage Logic

LVDSMemory Module DriversOptocouplersUSB Transceivers

Infrared Products Solid State Relays

Analog Input and Processing

Interface

Optical

AmplifiersAnalog SwitchesComparatorsDACs

EncodersOptocouplersPower AmplifiersVideo Filters/Drivers

1284 TransceiversAdvanced LogicBus SwitchesGTLPLow Voltage Logic

LVDSMemory Module DriversOptocouplersUSB Transceivers

Infrared ProductsLED DisplaysLED Drivers

LED LampsSolid State Relays

Analog

Interface

Optical

Power AmplifiersRF

Output

MicrocontrollerProcessors

Bus SwitchesLow Voltage LogicStandard LogicTinyLogic®

Logic

DiscreteDiodesJFETsMOSFETsRectifiersTransistors

SensingInfrared ProductsOptocouplersTemperature Sensors

Feedback & ControlInfrared ProductsOptocouplersSolid State Relays

Support

Input

Power

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Analog Signal ProcessingAmplifiersComparatorsPower AmplifiersVoltage to Frequency Converters

Application Specific ICs Ballast ICs CCFL Backlight ICs Ground Fault Interrupt ICs Motor ICs Multiplexer/Register for Microprocessor VID

Data ConversionAnalog to Digital Converters (ADCs)Digital to Analog Converters (DACs)

Interface and SwitchesDIMM GTLP IEEE1284 LVDS USBSwitches

Power ManagementLED DriversLinear Regulators AC/DC Conversion ICs DC/DC Conversion ICs PWM and Phase Modulation Controllers (AC/DC and DC/DC)Supervisory Circuits Voltage References and Shunts

Special Function ICs Landing Correction ICs Vertical Output ICs Voltage Stabilizers

Thermal Management Temperature Sensors

Timing Circuits Temperature Sensors

Video ICs Analog Filters and Buffers Decoder and Genlocks Digital Video Filters and Mixers Digital Video Memories Digital Video Processors Encoders Video Demo Boards


Microcontrollers

Infrared Products

LED Lamps & Displays

Optocouplers

Solid State Relays

Optoelectronics

Bipolar Power Transistors & JFETs

Diodes & Rectifiers

IGBTsDiscrete IGBTIgnition IGBTIGBT ModulesSPM™ (Smart Power Module)

MOSFETsLoad SwitchesPower MOSFETsMOSFET/Schottky Combos

TRIACs

Discrete Power

Interface DIMM GTLP IEEE1284 LVDS USB

LogicLow Voltage LogicStandard LogicTinyLogic

SwitchesAnalog SwitchesBus Switches

Interface & Logic

Basestation

Cellular Handsets

Millimeter Wave/Wideband

Wireless LAN

RF Power

Fairchild Semiconductor’s Product Tree

Fairchild PSG.book Page v Wednesday, July 28, 2004 11:12 AM


RF Power Products

6-1

RF POWER PRODUCTS

RF Power Products

Basestation 6-3

Cellular Handsets 6-4

Millimeter Wave/Wideband 6-5

Wireless LAN 6-6

Fairchild PSG.book Page 1 Wednesday, July 28, 2004 11:12 AM


RF Power Products

6-3

RF POWER PRODUCTS

Basestation

ProductsOperating Frequency

(MHz)Function Gain (dB) Pout (dBm) OIP3 (dBm) NF (dB) Vd (V) Id at Pout

(mA)PAE @

Pout (%) Package

RMBA09501 869–894 Power Amplifier 35 33 43 – 7 – 29 PMBG-12

RMBA09501A 869–894 Power Amplifier 35 33 45 – 7 – 29 PMBG-12

RMBA19500 1930–1990 Power Amplifier 30 33 43 – 7 – 24 PMBG-12

RMBA19500A 1930–1990 Power Amplifier 30 33 45 – 7 – 24 PMBG-12

RMLA3565C 3.5–6.5 Low Noise Amplifier

20 13 26 1.5 4 80 – PMBG-12

Bold = New Products (introduced January 2003 or later)



RF Power Products

6-4

Cellular Handsets


(MHz)Function Gain (dB) Pout (dBm)

ACPR (dBc)Vd (V) PAE @ Pout

(%) Package1 2

RMPA0951AT 824–849 Power Amplifier 30 28 -52 -58 3.4 35 LCC 6x6mm

RMPA0959 824–849 Power Amplifier 30 28 -52 -60 3.4 38 LCC 4x4mm







RMPA2259 1920–1980 Power Amplifier 26.5 28 -40 -50 3.4 40 LCC 4x4mm




RF Power Products

6-5

RF POWER PRODUCTS

Millimeter Wave/Wideband


MHz/(GHz)Function Gain (dB) Pout (dBm) OIP3

(dBm) NF (dB) Vd (V) Id at Pout (mA)

PAE @ Pout (%) Package

RMDA20420 20–42 Driver Amplifier 20 21 0 – 4 355 – Die

RMDA29000 27–31 Driver Amplifier 22 23 30 – 5 270 – Die

RMM2080 2–18 Driver Amplifier 24 20 – – 7 300 – Die

RMPA19000 18–22 Power Amplifier 26 29 37 – 5 660 – Die

RMPA27000 27–29 Power Amplifier 18 32.5 39 – 5 1500 – Die

RMPA29000 27–30 Power Amplifier 23 30.5 37 – 5 850 – Die





RMPA61810 6.0–18.0 Power Amplifier 21 32 – – 8 – 22 Die

RMWB04001 3.5–4.0 Buffer Amplifier 27 20 – – 4 36 – Die

RMWB11001 10.5–11.7 Buffer Amplifier 21 19 – – 4 36 35 Die



RMWB33001 32–35 Buffer Amplifier 24 19 – – 4 112 15 Die

RMWD24001 21–26.5 Driver Amplifier 23 18 – – 4 240 – Die

RMWD38001 37–40 Driver Amplifier 25 19 28 – 4 105 13 Die

RMWL26001 21–26.5 Low Noise Amplifier 22 11 – 2.9 4 65 – Die

RMWL38001 37–40 Low Noise Amplifier 22 15 – 2.7 4 50 – Die

RMWM26001 21–26.5 Mixer -8 – – – – – – Die

RMWM38001 37–40 Mixer -6.5 – – – – – – Die

RMWP23001 21–24 Power Amplifier 22.5 25 33 – 4 400 15 Die

RMWP26001 24–26.5 Power Amplifier 23 25 33 – 4 370 16 Die

RMWP38001 37–40 Power Amplifier 22 23.5 30 – 4 250 15 Die

RMWT04001 4–12 Frequency Tripler – – – – – – – Die

RMWT11001 11–33 Frequency Tripler – – – – – – – Die

RMWW12001 12–24 Frequency Doubler – – – – – – – Die




RF Power Products

6-6

Wireless LAN

Products Operating Frequency (MHz) Function Gain (dB) Pout (dBm) EVM (%) Vd (V) PAE @ Pout

(%) Package

RMPA2450 2.4–2.5 Power Amplifier 30 28 – 5/7 35 PMBG-12

RMPA2451 2.4–2.5 Power Amplifier 33 29 – 5 38 PMBG-12

RMPA2453 2.4–2.5 Power Amplifier 26 18 2.5 3.3 – QFN 3x3mm

RMPA2455 2.4–2.5 Power Amplifier 30 30 3 3.3 – QFN 3x3mm

RMPA2550 2.4-2.5/5.15–5.85 Power Amplifier 26 18 2 3.3 – QFN 3x4mm

RMPA5251 4.9–5.85 Power Amplifier 27 18 2.5 3.3 – QFN 3x3mm




Packaging Information

7-19

PACKAGING

Note: Refer to individual product datasheet for specific product package dimensions

RF Power

Package Name Tape & Reel (Qty)

PMBG -12 2000

LCC 6*6mm 2500

LCC 4*4mm 2500

QFN 3*3mm 4000

QFN 3*4mm 3000

DIE N/A



Ordering Guides

8-43

ORDERING GUIDES

RF Power

RMPA 1959

Package Type09xx = 900 MHz19xx = 1900 MHz19xxx = 19 GHz

SuffixRMBA = Base station AmplifierRMDA = Driver AmplifierRMLA = Low Noise AmplifierRMPA = Power AmplifierRMWB = Buffer AmplifierRMWT = Triple AmplifierRMWL = Low Noise AmplifierRMWM = Mixer AmplifierRMWP = Power AmplifierRMWW = Dual AmplifierRMTR = Triple AmplifierRMWD = Driver AmplifierRMM = MMIC

Ordering Info.fm Page 43 Monday, August 2, 2004 10:17 AM


Design Center

9-1

DESIGN CENTER

Fairchild Semiconductor’s Design Center offers a wide range of design tools including online selection and simulation tools, software downloads, and developer kits. Details can be found below. The web site for this information is http://www.fairchildsemi.com/designcenter/

Design ToolsFETBench http://www.transim.com/fairchild/fairchild_index.html(Registration required)MOSFET design workbench featuring WebSIM™ and other resources for the design engineer

Power Factor Correction (PFC) Toolkithttp://www.fairchildsemi.com/designcenter/pfc(Registration required)This online toolkit contains tutorials, topology recommendations, product selection tools as well as other design recommendations for PFC applications.

Power Supply Design Toolkithttp://www.fairchildsemi.com/designcenter/acdc (Registration required)This online tool features tutorials, selection tools, and design aids specifically addressing AC/DC designs. Included is a step by step design tool using Fairchild Power Switches (FPS™).

Synchronous buck MOSFET loss calculations with Excel Model (.pdf)http://www.fairchildsemi.com/designcenter/

Developer Tools ACEx™ Developer Tool Kit http://www.fairchildsemi.com/products/micro/acex_dtk.html

Models and Simulation Tools http://www.fairchildsemi.com/modelsFairchild provides a full range of simulation resources including SPICE and IBIS models, as well as simulation tools.

Sample Code ACEx™ sample code downloads http://www.fairchildsemi.com/products/micro/sw/sample_code.htmlDownload code to assist in your designs with ACEx™

Training & SeminarsArchived webcastshttp://www.fairchildsemi.com/power/pwrsemwebcast03.htmlContents: • Flyback Converters – Fairchild Power Switch (FPS™ )• Practical aspects of feedback control• Power Factor Correction• DC-DC Solutions (Control)• High-Voltage Discrete Technology• DC-DC Solutions (MOSFETs)• Motor Solutions



Quality Statement

10-1

QUALITY STATEMENT

Quality SystemThe success of Fairchild is dependent upon the level of service that we can provide to our customers. One of the ways that we provide this high level of service is through a comprehensive quality system. Fairchild’s Quality Strategy stresses four key areas:

• Designing In Quality• Building In Quality• Customer Service • Continuous Improvement

This quality system bolsters Fairchild’s strategic initiatives of product innovation, cost-effective manufacturing and superior customer service.

Fairchild has a strong focus on Supplier Quality. Quality systems and programs are in place for all Fairchild suppliers worldwide including direct raw materials, fabrication, assembly and test subcontractors. These include a comprehensive rating system, controlled supplier lists, documented qualification procedures and environmental standards specifications.

Fairchild is committed to Development Quality. Development processes are based on the QS9000 Advanced Product Quality Planning (APQP) methodology. APQP is a concurrent engineering process that examines the processes, products and technologies to assure the end products work optimally. These developmental processes include a phase review system wherein at each point in the process, there is an opportunity to decide whether to continue or discontinue development as appropriate. Integral to the APQP methodology is the use of Failure Mode and Effects Analysis (FMEA) to examine the various ways that product, process or equipment failures can occur and develop control plans to proactively prevent the failures.

Fairchild’s Manufacturing Quality systems are founded on the principles of Built-In Quality. Quality is an integral part of every step in the manufacturing process, starting with the development process itself. Fairchild’s Manufacturing and Engineering groups make extensive use of statistical methods such as Design of Experiments to determine optimal process parameters and Statistic Process Control (SPC) to monitor the process performance. Continuous Improvement efforts use information available from sources such as customers, process control monitors, reliability testing and final test operations to generate action plans that will push the factories ever closer to quality perfection.

Service Quality is not just an afterthought at Fairchild. It is a major part of our quality system. An integral part of Fairchild’s Service Quality is the Customer Quality Engineering (CQE) group, which is a global organization of engineers dedicated to addressing all process, product or service quality issues that customers may have. CQE also acts as the customer advocate within Fairchild and is available to support customers with qualification information, surveys, questionnaires and other inquiries. Additional service support is available through a new virtual organization of customer quality champions who are trained and certified to provide direct customer support from each of Fairchild’s manufacturing sites. Fairchild’s service quality includes fully equipped failure analysis labs at all manufacturing locations to test customer returned samples.

The FutureAll of Fairchild’s manufacturing sites are in the process of enhancing their quality systems to meet the requirements of the TS-16949 standard. Quality systems based on this standard have a very strong link to the associated business processes. Another part of our future direction is an active focus on environmental quality. With the billions of parts that semiconductor manufacturers ship, it is imperative that these products do not contaminate the environment. Fairchild is contributing to this effort through compliance to industry standards such ISO-14001, conversion to lead-free plating, elimination of hazardous or restricted substances in our products and minimization of waste from our manufacturing processes.

We will continue to improve our processes, products and services to provide customers with design solutions that offer a true competitive advantage. This drive for continuous improvement is ingrained in our culture and a key to the future success of Fairchild Semiconductor and our customers.


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